Reversing and pushing independent mechanism of machine for welding edges of two sides of electronic element

Abstract

The invention discloses a reversing and pushing independent mechanism of a machine for welding the edges of the two sides of an electronic element. The reversing and pushing independent mechanism of the machine for welding the edges of the two sides of the electronic element comprises a pushing and shifting mold, a lower revering and pushing base plate, reversing and pushing stand columns, an upper reversing and pushing base plate, a reversing and pushing air cylinder and a reversing and pushing sliding rail base, wherein the two reversing and pushing stand columns are installed on the lower revering and pushing base plate, the upper reversing and pushing base plate is fixed to the upper ends of the reversing and pushing stand columns, the reversing and pushing sliding rail base is installed on the upper reversing and pushing base plate, the slideable pushing and shifting mold is arranged on the reversing and pushing sliding rail base and is connected to the reversing and pushing air cylinder, an opening groove is formed in the pushing and shifting mold, the opening groove of the pushing and shifting mold faces a strip-shaped vibration groove plate of a linear vibration feeder. By the adoption of the reversing and pushing independent mechanism of the machine for welding the edges of the two sides of the electronic element, labor can be saved, production efficiency is improved, the rate of finished products is improved, the rejection rate is reduced, and production cost is reduced.

Description

technical field [0001] The invention relates to the field of mechanical manufacturing, in particular to an independent mechanism for reversing and pushing materials of a double-side leg welding machine for electronic components. Background technique [0002] In modern industrial manufacturing, many complex machines are assembled manually, including mobile phones and computers in the electronics industry, as well as automobile manufacturing and other household appliances; these industrial manufacturing requires a lot of small assembly Links are assembled together. For example, most electronic components in the electronics industry are assembled by machines. They were assembled manually in the past. Due to human factors, there will be deviations and efficiency problems in assembly, which will affect the overall production capacity and output value. Among them, the assembly of small parts is very difficult for manual assembly, which requires relatively high proficiency of worke...

AI Technical Summary

Problems solved by technology

[0002] In modern industrial manufacturing, many complex machines are assembled manually, including mobile phones and computers in the electronics industry, as well as automobile manufacturing and other household appliances; these industrial manufacturing requires a lot of small assembly Links are assembled together. For example, most electronic components in the electronics industry are assembled by machines. They were assembled manually in the past. Due to human factors, there will be deviations and efficiency problems in assembly, which will affect the overall production capacity and output value. Among them, the assembly of small parts is very difficult for manual assembly, which requires relatively high proficiency of workers, and it is easy to affect the quality of products, and some special electronic components also need some special processes such as welding. Such electronic It is certain that there will be problems when the components are completed manually, and the quality and efficiency cannot be guaranteed.

Images